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Laser Assisted Selective Metallization of Polymers

机译:激光辅助聚合物的选择性金属化

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A new technology for circuit traces production: Selective Surface Activation Induced by Laser (SSAIL) enables to fabricate fine metallic structure on dielectric materials - polymers and glass. SSAIL contains three main steps: The first step is surface modification by laser, second - chemical activation of modified areas and the last step is metal deposition by electroless plating. A Picosecond laser was used for writing. The method has been investigated in detail for wide window of laser processing parameters. Sheet resistance measurement of finally plated sample and laser processed surface roughness measurement were carried out. This new technique can reduce production cost of circuit traces for molded interconnect devices.
机译:电路走线生产的新技术:激光诱导的选择性表面活化(SSAIL)能够在电介质材料(聚合物和玻璃)上制造精细的金属结构。 SSAIL包含三个主要步骤:第一步是通过激光进行表面改性,第二步是对改性区域进行化学活化,最后一步是通过化学镀进行金属沉积。使用皮秒激光器进行写入。对于宽范围的激光加工参数,已经对该方法进行了详细研究。进行最终电镀样品的薄层电阻测量和激光加工的表面粗糙度测量。这项新技术可以降低模制互连设备的电路走线的生产成本。

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